GE CR7092C - Breaker MCC Bucket - 10 A, 480 V, 18" Height, 3 P | AmpState

GE CR7092C Breaker MCC Bucket — 10 A, 480 V, 3-Pole, 18" Tall

When your industrial motor control center demands reliable, compatible protection, the GE CR7092C Breaker MCC Bucket from AmpState delivers. Engineered for industrial motor control applications, this 3-pole bucket provides 10 A at 480 V, ensuring robust protection for three-phase motors and control circuits within GE CR7092C MCC systems. As a direct replacement for OEM components and retrofit projects, it slots into your existing MCC frame with minimal disruption and downtime.

• Direct OEM-compatible replacement for GE CR7092C MCC systems, simplifying maintenance and retrofit work.
• Electrical spec: 10 A, 480 V, 3-Pole configuration for three-phase protection.
• Physical spec: 18" tall bucket designed to fit standard GE MCC assemblies.
• Application scope: Ideal for industrial motor control centers, service retrofits, and spare-part inventories to speed repairs.
• Availability: AmpState provides high-quality MCC components with global delivery, so you can source reliably across regions.

Why this matters: In industrial environments, downtime is costly. Using a direct-replacement MCC bucket like the CR7092C ensures compatibility with existing wiring harnesses and control schemes, reducing rework and enabling faster restoration of full motor protection. The 3-pole, 480 V rating covers common industrial motors and drive systems, supporting steady operation in manufacturing floors, processing plants, and HVAC or pumping applications.

Use cases and practical notes:

• Replacing a failed GE bucket in a CR7092C MCC to restore full three-phase protection without changing other components.
• Retrofit projects where older MCC buckets need exact GE CR7092C form, fit, and function to maintain system integrity.
• Spare-part strategy for maintenance teams managing multiple MCC bays.

Trust AmpState for this critical component. The CR7092C Breaker MCC Bucket is designed to meet the demanding needs of industrial control environments while delivering predictable performance and quick availability.